In this manual, we have tried as much as possible to
Contents
1. Absolute level F GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type IMB5 Flange installation GB T 997 2008 IEC 60034 7 2001 Working system 1 Continuous working system GB 755 2008 Encoder pulses p r Incremental 2500 Standard configuration DC24V 46N m 40W Safe brake the weight of the corresponding Not available temporarily is increased by 7 7kg AC380 three phase 50Hz terminal 1 Cooling fan Not available earth connection terminals 2 3 and 4 Torque speed characteristics A Continuous working zone 175SJT M380BH M r min 175SJT M500BH M r min 0 25 0 50 0 75 0 100 0 T N m connected with the power supply 30W IP54 B Intermittent working zone 175SJT M380DH M r min 3000 2000 1000 0 20 0 40 0 60 0 T N m 175SJT M500DH M r min 3000 2000 1000 0 20 0 40 0 60 0 80 0 T N m Qr Wisi GSK SJT series AC servo motor 4 5 Refer to list 5 about the main technical parameters of 130SJTG series motor List 5 cci 130SJTG M050GH 130SJTG M100GH Rated power kW Pole pairs 4 Drive unit input voltage V AC 380 three phase Rated current A 10 Zero speed torque N m 5 10 Rated torque N m 5 10 Max torque N m 15 302. Rated speed r min 4000 4000 Max speed r min 5000 5000 Rotation inertia kg m 1 2x10 2 5x10 Weight kg 7 8 11 8 Insulation level F GB 755 2008 IEC 60034 1 2004 Vibration level A CGB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type IMB5 Flange installation GB T 997 2008 IEC 60034 7 2001 Working system S1 Continuous working system GB 755 2008 Encoder pulses pir Absolute 17bit Standard configuration Safe brake DC24V 12N m 28W the weight of the corresponding motor is increased by 2 9kg Torque speed characteristics A Continuous working zone B Intermittent working zone 130SJTG MOSOGH M r min 5000 4000 3000 2000 1000 130SJTG M100GH M r min 5000 4000 3000 2000 1000 Gr MWizxiz GSK SJT series AC servo motor V MOTOR OVERALL and INSTALLATION DIMENSION 5 1 Refer to figure 1 and list 6 about 80SJT serial motor overall installation dimension and connection mode Industrial aviation socket type Cable direct type 2 TYPE LB mm L mm 80SJT M024C m E 171 213 206 248 80SJT M024E Je we 171 213 206 248 80SJT M032C ve Oe 189 231 224 266 80SJT M032E o 189 231 224 266 Remark The values of the bracketed LB and L are the length values of the
3. 438 511 175SJT M380BH 9359 7 9114 39 5555 359 432 438 511 175SJT M380DH 935 7 114 3 025 359 432 438 511 175SJT M500BH 9359 77 g114 39 025 454 533 175SJT M500DH 935 77 g114 3 0025 454 533 Remark The values of the bracketed LB and L are the length values of the motors of the corresponding specification which are with the safe brakes VI CONNECTION between the MOTOR and DRIVE UNIT 6 1 The three phase winding U V and W of the motor and the cabinet grounding are led out by one 4 core connector pin about the corresponding relation refer to list 10 U V W and the cabinet grounding are respectively connected with the main return circuit U V W and PE terminals of the drive unit W V Motor winding drawing Socket welding side sketch map List 10 Cabinet grounding Motor lead Socket NO 1 6 2 The photoelectric encoder lead is led out by a 15 core connector pin About the corresponding relation of the incremental encoder signals refer to list 11 about the corresponding relation of the absolute encoder A4 type signals refer to list 12 A4 I type signals refer to list 13 A4 II type signals refer to list 14 The lead is connected with the drive unit feedback signal CN2 plug based on the drive unit requirement er 141 BX F GSK SJT series AC servo motor List 11 Encoder lead Socket NO Encoder lead Socket welding side Socket NO sketch map PE
4. 9110 035 188 247 130SJT M075E 922 ooi 3 11 0 0 035 188 247 245 304 130SJT M100B 922 0 01 3 9110 035 208 267 265 324 130SJT M100D 922 0 01 3 9110 035 208 267 265 324 130SJT M150B 922 ooi 3 11 0 0 035 238 297 295 354 130SJT M150D 922 0 01 3 9110 0 035 248 307 245 304 305 364 Remark The values of the bracketed LB and L are the length values of the motors of the corresponding specification which are with the safe brakes P f Lee Soe H Qr Wisi GSK SJT series AC servo motor 175SJT M120E 935 0114 3 025 224 291 303 370 175SJT M150B 9359 007 114 379 025 224 291 303 370 175SJT M150D 9359 7 114 3 025 224 291 303 370 175SJT M180B 935 77 9114 3 075 244 311 323 390 175SJT M180D 935 77 0114 30ooz5 244 311 323 390 175SJT M220B 935 77 9114 370025 279 346 358 425 175SJT M220D 935 77 9114 3 555 279 346 358 425 175SJT M300B 935 77 0114 35ooz5 309 382 388 461 175SJT M300D 935 7 114 379 025 309 382 388 461 175SJT M380B 9359 7 9114 39 5555 359 432
5. GND List 12 Encoder lead PE GND CASE GND SD GND Vcc SD VB Socket NO 1 2 3 5 6 13 Others List 13 Encoder lead PE GND A UP sensor A Socket NO 1 4 6 7 Encoder lead B OV sensor Clock Clock Socket NO 8 9 12 14 15 List 14 Encoder lead IPE GND Vcc GND VB GND SD SD Socket NO 1 2 3 6 9 10 13 Others VI STORAGE of the MOTOR The motor should be stored in the room of which temperature should be among 40 C 55 C and the relative air humidity of the storeroom should NOT be more than 9596 Moreover the storeroom should be clean ventilated and free of the corrosive gas Vil TRANSPORTATION of the MOTOR The motor should be put carefully and avoided hitting and impacting during transportation And the corrosion substance such as the sour and alkali etc should not be put with the motor Moreover the motor should not be transported in the open and pay attention to the waterproof and dustproof and avoid the rain snow and the mechanical damage Gr MWiexiz GSK SJT series AC servo motor IX PROTECTION of the MOTOR 9 1 The motor structure is protected based on GB 4208 2008 IEC 60529 2001 Cabinet Protection Grade IP Code and IP65 grade of GB T 4942 1 2006 Protection Grade IP Code of Rotation Motor Overall Structure It prevents the human body from touching the dangerous parts in the motor and inte
6. 06 Installation type IMB5 flange installation GB T 997 2008 IEC 60034 7 2001 Working system S1 Continuous working system GB 755 2008 Encoder pulses p r Incremental 2500 standard configuration Safe brake DC24V 3 2N m 11 5W the weight of the corresponding motor is increased by 0 9 kg Torque speed characteristics A Continuous working zone B Intermittent working zone 80SJT M024C 80SJT MO24E M r min M r min 4000 3000 2000 1000 80SJT M032C 80SJT MO32E M r min M r min Gr MWiexiz GSK SJT series AC servo motor 4 2 Refer to list 2 about the main technical parameters of 110SJT series motor List 2 El cce E 110SJT M040D 110SJT MO40E 110SJT MO60D 110SJT MOGOE Rated power kW 4 AC220 three phase AC220 three phase Cor single phase Rated current A 4 5 5 Zero speed torque Nm 4 4 Rated torque N m 4 4 6 6 Max torque N m 12 10 12 12 Rated speed r min 2500 3000 2500 3000 Max speed r min 3000 3300 3000 3300 Rotation inertia kg m 0 68x10 0 68x10 0 95x10 0 95x10 Weight kg 6 1 6 1 7 9 7 9 Insulation level B GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type IMB5 flange installation GB T 997 2008 IEC 60034 7 2001 Working system En
7. 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type Working system IMB5 flange installation GB T 997 2008 IEC 60034 7 2001 1 Continuous working system GB 755 2008 Encoder pulses p r Incremental 2500 standard configuration DC24V 23N m 30W Safe brake 175SJT M220B M r min 2000 3000 1500 2000 1000 1000 500 175SJT M300D M r min 3000 2000 1000 T Ne 7 7kg 175SJT M220D M r min 11 0 m 22 0 DC24V 46N m 40W the weight of the the weight of the corresponding corresponding motor is increased by motor is increased by 5 6 kg Torque speed characteristics A Continuous working zone B Intermittent working zone 175SJT M300B M r min 2000 1500 1000 500 33 0 0 T Nem 175SJT M380B M r min T N m Sr Wisi GSK SJT series AC servo motor List 4 Continued 2 ee 175SJT M 175SJT M 175SJT M 175SJT M 380BH 380DH 500BH 500DH Rated power kW 6 7 9 7 8 10 5 Pole pairs 3 Drive unit input voltage V AC 380 three phase Rated current A 15 26 20 33 Zero speed torque N m 38 38 50 50 Rated torque N m 38 30 50 40 Max torque N m 76 60 100 80 Rated torque r min 1500 2500 1500 2500 Max speed r min 2000 3000 2000 3000 Rotation inertia kg m 14 8x10 14 8x10 14 8x10 14 8x10 Weight kg 42 2 42 4 48 7 48 9
8. 8 IEC 60529 2001 GB T 4942 1 2006 Installation type Working system IMB5 flange installation GB T 997 2008 IEC 60034 7 2001 1 Continuous working system GB 755 2008 Encoder pulses p r Incremental 2500 Standard configuration Safe brake the corresponding motor is increased by 5 6 kg DC24V 23N m 30W the weight of Torque speed characteristics A Continuous working zone B Intermittent working zone 175SJT M120E M r min 3600 2700 1800 900 0 8 0 16 0 M r min 24 0 T Nem 175SJT M180B M r min 2000 1500 1000 500 20 0 175SJT M150B M r min 30 0 T Nem 175SJT M180D M r min 3000 2000 1000 3000 2000 1000 20 0 30 0 175SJT M150D T N m T N m Qr Wisi List 175SJT M 220B Imm Rated power kW 4 Continued 1 175SJT M 220D 175SJT M 300B 4 7 GSK SJT series AC servo motor 175SJT M 300D 175SJT M 380B Pole pairs 3 Drive unit input voltage V Rated current A AC220 three phase Zero speed torque N m Rated torque N m Max torque N m Rated speed r min Max speed r min Rotation inertia kg m 9 0x10 11 2x10 11 2x10 14 8x10 Weight kg 29 2 34 3 34 4 42 4 Insulation level F GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC
9. atisfy the requirements of the machine CNC system II RUNNING CONDITIONS 2 1 The height above sea level should NOT exceed 1000m If it s more than 1000m some performance may get affected due to the air cooling 2 2 The environment temperature should be in the range of 10 C 40 C 2 3 The relative air humidity is lt 90 without the condensation 2 4 AC voltage value of steady state is 0 85 1 1 multiplies the rated voltage value Gr MWiexiz GSK SJT series AC servo motor III MODELS of the MACHINE Example 80SJT MZ032EH CA4YIX 80 SJT M Z 032 EH CA Dimension for Connection mode None Industrial aviation socket type X Cable direct type installing the flange 60 80 110 130 150 175 Shaft end or installation config None Standard shaft end Yo Special cylinder shaft end Zu Special cone shaft end S Stepped motor installation configuration AC servo motor series SJT Common SJTG High precision amp speed m TRO SJTR Dedicated for the robot Remark The digit code is in CI about the number representing Feedback unit the special shaft end refer to the M Photoelectric encoder installation overall figure of the Safe brake None None Z Available Remark When the power supply of the safe brake is DC 0 9 1 1 x24V the interface is 3 cord socket the pins 1 and 2 are power supply terminals without pole pin 3 is the earth one When pins 1 and 2 are conne
10. coder pulses p r 1 Continuous working system GB 755 2008 Incremental 2500 Standard configuration Safe brake DC24V 4N m 20W the weight of the Torque speed characteristics A Continuous working zone B corresponding motor is increased by 1 6kg 110SJT MO40D M r min 8 0 12 T N m 110SJT MO60D M r min 3000 2000 1000 Intermittent working zone 110SJT MO40E M r min 3600 2700 1800 900 0 4 0 8 0 12 0 T Nem 110SJT MO60E M r min 3600 2700 1800 900 Gr MWiezxiz GSK SJT series AC servo motor 4 3 Refer to list 3 about the main technical parameters of 130SJT series motor List 3 130SJT M 130SJT M 130SJT M 130SJT M 130SJT M 040D 050D 050E 060D 060E Rated power kW 4 Pole pairs Drive unit input voltage V AC220 three phase Rated current A 4 5 7 2 6 7 8 Zero speed torque Nm 4 5 5 6 6 Rated torque N m 4 5 5 6 6 Max torque N m Rated speed r min Max speed r min Rotation inertia kg m Weight kg Insulation level B GB 755 2008 IEC 60034 1 2004 Vibration level A CGB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type IMB5 Flange installation GB T 997 2008 IEC 60034 7 2001 Working system S1 Continuous working system GB 755 2008 Encoder pulses pir Incremental 2500 Standard configuration Saf
11. cted with the power supply the brake doesn t operate when the power supply is OFF it operates The safe brake operation times0 1s Encoder type Incremental 2500p r Incremental 5000p r Incremental split type 2500p A4 Absolute 17bit A4 I Absolute 17bit Biss treaty AAII Absolute 17bit Smart Abs treaty Input voltage of the drive unit None 220V H 380V Rated speed 1000 r min 1500 r min 2000 r min 2500 r min 3000 r min 3500 r min 4000 r min Zero speed torque Remark It is represented by three digits and its value is in three digits x10 and its unit is N m Example 032x10 3 2N m er 141 BX EA GSK SJT series AC servo motor IV MAIN TECHNICAL PARAMETERS of the MOTOR 4 1 Refer to list 1 about the main technical parameters of 80SJT serial motor List 1 uu eR 80SJT MO24C 80SJT MO24E 80SJT M032C 80SJT M032E Rated power kW 0 5 0 75 0 66 1 0 Pole pairs 4 Drive unit input voltage V AC220 three phase or single phase AC220 three phase Rated current A 3 4 8 5 6 2 Zero speed torque N m Rated torque N m Max torque N m Rated speed r min Max speed r min Rotation inertia kg m 0 83x10 0 83x107 1 23x107 1 23x10 Weight kg 3 1 3 2 3 7 3 8 Insulation level F GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 20
12. e brake DC24V 12N m 28W the weight of the corresponding motor is increased by 2 9kg Torque speed characteristics A Continuous working zone B Intermittent working zone 130SJT M040D 130SJT M050D 130SJT MO5OE M r min M r min M r min 3000 3000 4000 3000 2000 2000 2000 1000 1000 1000 0 4 0 8 0 12 0 0 0 T N m T N m 130SJT MO60D 130SJT MOGOE M r min M r min 4000 3000 2000 1000 Qr Wisi GSK SJT series AC servo motor List 3 Continued 130SJT M 130SJT M 130SJT M 130SJT M 130SJT M 130SJT M 075E 100B 100D 150B 150D Rated power kW 1 88 2 36 1 5 2 5 2 3 3 9 Pole pairs 4 Drive unit input voltage V AC220 three phase Rated current A 7 5 9 9 6 10 8 5 14 5 Zero speed torque Nm 7 5 7 5 10 10 15 15 Rated torque N m 7 5 7 5 10 10 15 15 Max torque N m 20 22 5 25 25 30 30 Rated speed r min 2500 3000 1500 2500 1500 2500 Max speed r min 3000 3500 2000 3000 2000 3000 Rotation inertia kg m 1 85x10 1 85x10 2 42x10 242x10 3 1x10 3 6x10 Weight kg 8 1 8 2 9 6 9 7 11 9 12 7 Insulation level B GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 2008 IEC 60529 2001 GB T 4942 1 2006 Installation type IMB5 Flange installation GB T 997 2008 IEC 60034 7 2001 Working
13. e normal climate measure the insulation resistance which the motor winding is against with the cabinet by 500V megameter and the value should NOT be less than 20 MO 3 The motor and the drive unit should be connected correctly based on the manual to guarantee the protective grounding stable and reliable 4 The motor can run with load only after the motor is free of noise and vibration during running from zero speed to the maximum speed in the dry run state 5 During the motor running it s not allowed to touch the motor shaft and cabinet 6 Only the qualified person can adjust and maintain the motor 7 It is forbidden to move the motor by dragging the wire cable or the motor shaft 8 GSK does NOT take any responsibility for any change on the product by the user and the warranty bill becomes invalid All specifications and designs are subject to change without notice III User Manual RESPONSIBILITY Responsibility of the manufacturer The manufacturer should be in charge of the design and the structure of the motor and its accessories tThe manufacturer should be responsible for the safety of the motor and its accessories The manufacturer should be in charge of the provided information and suggestion for the user Responsibility of the end user The user should be very familiar with the safety operation through learning the motor safety operation or participating in the training
14. ein this manual we have tried as much as possible to describe all the various matters about AC servo motor However we can not describe all the matters which must not be done or which can not be done because there are so many possibilities Therefore matters which are not especially described in this manual should be regarded as impossible or forbidden 4 the copyright of the user manual is owned by GSK CNC Equipment Co Ltd Hereinafter referred to as GSK It is against the law for any organization or individual to reproduce this manual in any form without the permission of GSK and GSK reserves the right to investigate its law duty User Manual PREFACE Dear user Its our honor that you select GSK SJT serial AC servo motor Hereinafter referred to as motor For safety of the motor and the product and for the normal and effective running please read the manual carefully before installing and using the product II User Manual SAFETY PRECAUTIONS ne incorrect connection and operation may cause the accident so before using and operating the motor please read the manual carefully 1 The motor is installed with the photoelectric encoder and it s not allowed to hit the motor And the user can t disassemble the photoelectric encoder by himself otherwise the relative position zero position between the encoder and the motor winding is changed which causes the motor out of running 2 In th
15. h date on the basis of the dispatch voucher if the motor is damaged or can t be used normally due to the quality XI ORDER The listed motor modals in the manual are recommended by GSK which can be used in many situations If the user has the other requirements we can provide the motor of the other specifications based on your requirements The basic shaft end of the motor manufactured by GSK is the cylinder shape without keyway type but we can provide the motor with different shaft end types based on your requirements remark during order The cylinder shape with the keyway shaft end refer to GB T 756 1990 and the shaft end of the cone shape refer to GB T 757 1993 Moreover GSK has already designed and manufactured the motors of shaft end in cylinder shape and in cone shape based on some users requirements If you have relative requirements please require GSK sales department about the relative technical data for better choice 17 Gr MWiexiz GSK SJT series AC servo motor 18
16. motors of the corresponding specification which are with the safe brakes 11 Qr Wisi 5 2 Refer to figure 2 and list 7 about 110SJT series motor overall installation dimension i 110SJT M040D q1 9 013 95 0 035 186 237 GSK SJT series AC servo motor 241 292 110SJT M040E 919 o o1 995 0 035 186 237 241 292 110SJT M060D 019 oo 995 0 035 212 263 267 318 110SJT MO60E 919 ooi 995 0 035 212 263 267 318 Remark The values of the bracketed LB and L are the length values of the motors of the corresponding specification which are with the safe brakes 5 3 Refer to figure 3 and list 8 about 130SJT series motor overall installation dimension i Fig 3 Qr Wisi 5 4 Refer to figure 4 and list 9 about 175SJT series motor overall installation dimension With the cooling fan 130SJT M040D 922 0 013 List 8 9110 o oss 168 227 GSK SJT series AC servo motor 225 284 130SJT M050D 922 0 01 3 9110 035 168 227 225 284 130SJT M050E 922 0 01 3 9110 9 035 168 227 225 284 130SJT M060D 922 ooi 3 q11 0 6 035 176 235 233 292 130SJT MO060E 922 0 01 3 9110 035 176 235 233 292 130SJT M075D 922 0 01 3
17. rference from the external substance to guarantee the motor working normally However most of the liquid such as the cutting fluid and lubricant etc is with the strong seepage force and if the motor touches such liquid for a long time it may cause the motor can t work normally or shorten the service life Therefore the proper protection measure should be taken during the motor installation and try to avoid contacting the above liquid and soaking the motor in the liquid which is shown as figure 5 Fig 5 9 2 When the motor cables are arranged improperly it may result the liquid such as the cutting fluid gets together at the connector along the cable lead in further the motor malfunction Therefore the motor connector side should try to get down or along the horizontal direction during installation which is shown as figure 5 9 3 When the motor connector side gets along the horizontal direction the cable should be bent as the semi circle of drop shape before connecting the connector which is shown as figure 6 Gr MWizxiz GSK SJT series AC servo motor 9 4 Because of the motor structure when the connector should be put upside the protection measure should be taken which is shown as figure 7 Fig 7 X WARRANTY On condition that the motor is transported stored installed debugged and repaired based on the operation regulations GSK is responsible for the motor repair freely in one year from the dispatc
18. session The user should be responsible for the safety after adding changing or modifying the original motor and its accessories by himself The user should be in charge of the danger resulted from the operation adjusting maintenance installation and storage which are not complied with the manual regulation The manual is kept by the end user Thank you for your friendly support during using GSK product IV er 141 5X EA GSK SJT series AC servo motor CONTENT RESPONSIBILITY anra sr Iren ai seca atta Ha RR VIELES IV PRODUCT CHARACTERISTICS rntnnnn tnnt tnnc 1 IL RUNNING CONDITIONS ppp 1 III MODELS of the MACHINE rne nnns 2 IV MAIN TECHNICAL PARAMETERS of the MOTOR errereen 3 V MOTOR OVERALL and INSTALLATION DIMENSION 11 VI CONNECTION between the MOTOR and DRIVE UNI 14 VI STORAGE of the MOTOR tsssssssssseesssssesssssecssssecssssecessuecessnecessnesssnes 15 VI TRANSPORTATION of the MOTOR mme 15 IX PROTECTION of the MOTOR pp 16 MUN RE 17 X ORDE pp 17 Gr MWiexiz GSK SJT series AC servo motor VI Gr MWizxiz GSK SJT series AC servo motor I PRODUCT CHARACTERISTICS SJT series sine shaped AC permanent magnet synchronous servo motor which is researched developed and manufactured by GSK adopts the rare earth permanent magnet material of high performance with the characteristics of high torque inertia ratio low speed performance and strong overload capacity etc which can widely s
19. system 1 Continuous working system GB 755 2008 Encoder pulses p r Incremental 2500 Standard configuration Safe brake 130SJT M075D M r min 3000 0 22 5 T N m 130SJT M100D M r min DC24V 12N m 28W the weight of the corresponding motor is increased by 2 9kg 130SJT MO75E M r min 130SJT M150B M r min 0 M r min 2000 1500 1000 500 M r min 3000 2000 1000 0 Torque speed characteristics A Continuous working zone B Intermittent working zone 130SJT M100B 30 0 N m 130SJT M150D Sr Wisi GSK SJT series AC servo motor 4 4 Referto list 4 about the main technical parameters of 175SJT series motor List 4 PS DR 175SJT M 175SJT M 175SJT M 175SJT M 175SJT M 120E 150B 150D 180B 180D Rated power kW 3 2 4 3 1 2 8 3 8 Pole pairs 3 Drive unit input voltage V AC220 three phase Rated current A 13 11 14 15 16 5 Zero speed torque Nm 12 15 15 18 18 Rated torque N m 9 6 15 12 18 14 5 Max torque N m 19 2 30 24 36 29 Rated speed r min 3000 1500 2500 1500 2500 Max speed r min 3300 2000 3000 2000 3000 Rotation inertia kg m 5 1x10 5 1x10 5 1x10 6 5x10 6 5x10 Weight kg 18 9 18 5 19 22 8 22 9 Insulation level F GB 755 2008 IEC 60034 1 2004 Vibration level A GB 10068 2008 IEC 60034 14 2007 Protection level IP65 GB 4208 200
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